Dear colleagues
We are currently advertising a 3 year PhD studentship to carry out a PhD
in Developmental Psychopathology and Brain Imaging at the University of
Birmingham.
The role would involve collecting and analysing functional and
structural MRI data from typically-developing adolescents and
adolescents with severe antisocial behaviour, as part of a FP7 Health
project investigating sex differences in antisocial behaviour. We are
particularly interested in hearing from candidates with skills in fMRI
and functional connectivity analysis, and experience working with
developmental populations.
For further details about the project, the role, and the application
process, please see below:
http://www.jobs.ac.uk/job/AGZ740/phd-studentship-in-developmental-psychopat…
We will also shortly advertise on www.jobs.ac.uk a 3 year Post-doc to
work on the same project.
Thanks for your attention,
Stephane
>
> The FMRIB Centre seeks to recruit a postdoctoral research assistant to join a growing stroke and neurodegeneration imaging community. The postholder will contribute to the acquisition and analysis of MRI data collected from two clinical cohorts; the Oxford Parkinson’s Disease Centre (Dr Clare Mackay, OPDC) and the Stroke Prevention Research Unit (Dr Giovanna Zamboni, SPRU). The responsibilities for the position include setting up the imaging protocol, organising and analysing the MRI data, as well as establishing and maintaining pre-processing pipelines, in collaboration with Professor Stephen Smith and Dr Mark Jenkinson of the FMRIB Analysis group.
>
> The post would suit someone with a technical background and an interest in neuroscience, or a neuroscientist with strong technical skills.
>
> Further details can be found at:
> https://www.recruit.ox.ac.uk/pls/hrisliverecruit/erq_jobspec_version_4.jobs…
>
The Max Planck Institute for Human Cognitive and Brain Sciences and the
IFB Adiposity Diseases, University Clinic Leipzig, are
offering 2 PhD studentships in the newly founded Junior Research Group
“Decision-making in obesity: neurobiology, behaviour, and
plasticity” headed by Dr Annette Horstmann. The group investigates
decision-making and feedback-related processes in the context of obesity,
combining behavioural assessment with structural and functional magnetic
resonance imaging (MRI) and genetics.
The successful applicants will be involved in the application of
neuroimaging methods using structural and functional magnetic resonance
imaging (MRI) combined with genetic and behavioural data to understand
the brain‘s role in the development and maintenance of obesity.
The research group is part of the IFB Adiposity Diseases, a
multi-disciplinary research centre based at the University of Leipzig.
The PhD positions will be based at the Max Planck Institute for Human
Cognitive and Brain Sciences in the beautiful city of Leipzig.
Both Leipzig‘s long tradition in conducting psychological and
neuroscientific research and the ultra-modern equipment at the Institute
(e.g. one 7T and several 3T MR scanners) provide an environment that
offers new perspectives in neuropsychological research.
Applicants will hold a master degree in one of the following
disciplines: biology, neuroscience, cognitive science, psychology, or
computational
science. Prior experience in the field of neuroimaging and/or
programming skills are of advantage. Sound knowledge of statistics
as well as good IT skills are essential. A good command of written and
spoken English is requested of all applicants.
Please send applications as a single pdf-file to horstmann(a)cbs.mpg.de
<mailto:horstmann@cbs.mpg.de>. Complete applications include cover
letter, CV, letter(s) of recommendation,
and copies of university degree and additional certificates.
Informal enquiries may be made to Dr Annette Horstmann
(horstmann(a)cbs.mpg.de <mailto:horstmann@cbs.mpg.de>) (+49 (0) 341 99 40
22 58).
Deadline for application: until position is filled
The salary is based on the E 13 TV-L salary scale (1/2). In order to
increase the proportion of female staff members, applications from female
scientists are particularly encouraged. Disabled applicants are
preferred if qualification is equal.
Please visit our homepages http://www.cbs.mpg.de
<http://www.cbs.mpg.de/> and http://www.ifb-adipositas.de
<http://www.ifb-adipositas.de/>.
Sincerely,
Dr Annette Horstmann
Position available: Research Associate
A position is available for a Research Associate in the laboratory of
Dr. Paula Croxson in the Department of Neuroscience and the Friedman
Brain Institute at the Icahn School of Medicine at Mount Sinai in New
York. The laboratory works on the cognitive neuroscience of memory using
a combination of animal models and magnetic resonance imaging (MRI).
Interested candidates should have an undergraduate degree in
Neuroscience, Psychology or a related discipline. Must also have
excellent verbal and written English. Research experience is preferable,
and experience with behavioral testing of laboratory animals is
desirable. Candidates with programming experience (particularly Matlab)
or experience with MRI analysis packages (FSL, SPM, Freesurfer, AFNI)
will also be considered.
Approximate start date is on or near 1 September 2013. To apply send a
cover letter, curriculum vitae and the names and contact details of
three referees to paula.croxson(a)mssm.edu. Applicants are also encouraged
to send any enquiries about the role to the same address.
*Research Fellow in Cognitive Neuroscience position available for 24 months*
Research Fellow in Cognitive Neuroscience position available
*Ref:* *264*
*(Fixed term for 2 years, full time)*
*University of Sussex - School of Psychology*
*Salary range: Starting at £30,424 - £34,223 per annum *
*Expected start date: 01 October 2013*
**
This is an exciting opportunity to contribute to a five year European
Research Council funded project (project ‘CATEGORIES’), led by Dr. Anna
Franklin, which aims to identify the origin of colour categories in
language and thought (see:
http://www.sussex.ac.uk/psychology/colour/projects). The post holder
will join a team of 6 other researchers working on the project, and will
become a member of the Sussex Colour Group:
http://www.sussex.ac.uk/psychology/colour/index in the School of
Psychology.
The post is for 2 years, and the Research Fellow will be responsible for
running a sub-project which aims to establish how colour categories are
represented in the human brain. The Research Fellow will design, conduct
and analyse a series of fMRI studies which will investigate the neural
basis for colour categories. The post holder will be expected to conduct
univariate and multivariate analyses of fMRI data, and the sub-project
may also include voxel-based morphometry and TMS. In addition, the
Research Fellow will be expected to collaborate with research team
members on other sub-projects, and provide training and technical
support for other members of the team.
You should have a PhD in Cognitive Psychology, Cognitive Neuroscience or
cognate discipline. Experience of MATLAB programming and some experience
of fMRI design and analysis is essential.
Please direct any questions to Dr. Anna Franklin:
anna.franklin(a)sussex.ac.uk <mailto:anna.franklin@sussex.ac.uk>
**
*Closing date for applications: 22 August 2013*
*Date for interviews: 29 August 2013*
For full details and how to apply see www.sussex.ac.uk/jobs
<http://www.sussex.ac.uk/jobs>
***********************************************************************
*Dr. Anna Franklin*
Reader, School of Psychology
University of Sussex, England, UK
Tel: 01273 678885
*The Sussex Colour Group:*www.sussex.ac.uk/psychology/colour
<http://www.sussex.ac.uk/psychology/colour>
*The Sussex Baby Lab: *www.sussex.ac.uk/babylab
<http://www.sussex.ac.uk/babylab>
**
*Follow the Sussex Baby Lab on twitter*_@SussexBabyLab
<https://twitter.com/SussexBabyLab>_
*Call for application: Post doc position in advanced data analysis
methods for MEG and EEG data: Deep brain source localization and
causality analysis*
*_Location_*: Centre MEG-EEG, Centre for Neuroimaging Research of the
CRICM, Brain and Spine Institute (ICM) - Paris - France
Applications are invited for a postdoc position supervised by N. George
& D. Schwartz to develop and to optimize advanced data analysis methods
dedicated to EEG & MEG. Our aim is to characterize the dynamic,
functional brain networks involved in various brain functions both at
the cortical and subcortical levels. Based on our recent results (Attal
& Schwartz 2013; Fasoula & Schwartz 2013), the successful applicant will:
1) propose, test, and implement new inverse approaches to characterize
sources in deep brain areas
2) adapt or propose new causality measures to characterize the localized
cortical and subcortical networks.
The proposed approach should integrate across-subjects analysis to
handle inter-individual variability and offer statistical tools for
source and causality analysis.
It will be implemented in tight interaction with the signal processing
and data analysis group of the MEG-EEG platform. The developed methods
will be made available for all users of the platform. In particular, the
successful applicant is expected to help researchers to use the proposed
approaches, and he/she will be particularly involved in studies
onresting state and default mode network, in normal and clinical
populations, and on emotion and the functional architecture of the
social and emotional brain, with Denis Schwartz and Nathalie George.
The successful applicant should have a strong background in inverse
problem resolution methods and causality measures both from a
methodological and a practical points of view. Prior experience with
time series analysis is mandatory. He / She should have an excellent
knowledge in software development (C++, Matlab).
He / She should appreciate team work and collaborative software
development. He/she is expected to show autonomy and project leading
capacities.
The MEG-EEG Centre is located within the Brain and Spine Institute
(http://www.icm-institute.org <http://www.icm.org>), where the Centre
for Neuroimaging Research (http://www.cenir.org/
<http://www.cenir.org/>) gathers state-of-the-art multimodal imaging
facilities including on site MEG, EEG, MRI, and TMS. The successful
applicant will be integrated in the team of the MEG-EEG Centre that
gathers a total of 8 staff members (including engineers, technicians,
and researchers).
The position is opened initially for 12 months and can be extended. The
starting date is from September 2013 or as soon as the position can be
filled.
Salary will be commensurate with experience within the salary scale of
the French governemental research institutions (~2100 euros per month).
For further information or to submit an application (CV including a list
of publications, a minimum of two reference letters, or contacts from
who these references could be obtained, and a letter of intent with a
statement of research interests), please contact Denis Schwartz and
Nathalie George, email: Denis.Schwartz(a)upmc.fr
<mailto:Denis.Schwartz@upmc.fr>/ Nathalie.George(a)upmc.fr
<mailto:Nathalie.George@upmc.fr>
**
Dear Users
Please note that YNiC seminars take place on an ad hoc basis over the
summer holidays.
This week (YNiC open plan from 4.30 pm) there will be two internal
project proposal presentations:
1) Gary Lewis
"Neuroanatomical correlates of social attitudes and personality"
2) Beth Jefferies and Glyn Hallam
"Rehabilitation of comprehension deficits after stroke"
Abstract
"Direct current stimulation (tDCS) shows great promise as a method of
stroke rehabilitation yet most research to date has focused on the motor
domain. This project examines the remediation of multimodal
comprehension impairments in aphasia using tDCS and cognitive training,
building on our recent findings that such patients retain their
conceptual knowledge but have difficulty shaping semantic retrieval
according to the current goals or context. This motivates the use of
training tasks designed to increase the flexibility of semantic
processing, combined with tDCS to encourage reorganisation of brain
function.
There are two phases to the project:
(i) We will explore the impact of a single session of anodal or sham
tDCS on a semantic classification task (deciding which words could
belong with a thematic category, such as 'picnic'). We will adjust the
speed of presentation for each individual such that accuracy is around
70%, providing good sensitivity to any effects of stimulation. Before
taking part, participants will have an fMRI session to acquire a full
structural scan, DTI data and fMRI of a sentence listening paradigm
using ISSS. This will allow us to place the electrode over structurally
intact and (potentially) functioning brain tissue. In subsequent
investigations, we could explore the effect of single-shot tDCS on the
data fMRI (by comparing activity following sham and anodal stimulation
outside the scanner) and/or compare different electrode sites (i.e.,
targeting perilesional tissue in left prefrontal cortex vs.
functionally-connected regions in pMTG).
(ii) We then plan a larger scale tDCS study using a cross-over design to
compare the effect of (i) training with anodal stimulation and (ii)
training with sham. We will use a double-baseline method to ensure
participants show stable performance before each intervention. The order
of the interventions will be counterbalanced, and comparison between the
stable baseline and sham+training will allow us to evaluate the effect
of cognitive training alone, in the absence of tDCS.
This project will establish: (1) the locations and protocols for tDCS
that are most effective for improving comprehension, (2) whether the
positive effects of tDCS can be bolstered by concurrent cognitive
training, (3) if the benefits of tDCS plus training on one task will
generalise to other control-demanding tasks, (4) the duration of tDCS
effects via a six-month follow-up study, and (5) the relationship
between lesion location and semantic/executive control impairment, via
analyses of behavioural and MRI data in a large cohort of stroke
survivors. These studies will develop and evaluate an alternative
therapeutic approach to comprehension deficits, with the potential to
benefit many stroke survivors."
Everyone is welcome to attend and refreshments will be provided afterwards.
Best wishes
Rebecca
--
************************************************************************
Dr. Rebecca E. Millman
Science Liaison Officer
York Neuroimaging Centre
The Biocentre
York Science Park
Heslington
YO10 5DG
Tel: +44 (0) 1904 567614
Fax: +44 (0) 1904 435356
Dear all,
Just a reminder that the first EEG Research Group meeting will take
place *today
*at *12:15 in B204*. I hope that many of you will be able to make it.
I will no longer send details of these meetings to the entire list, so if
you'd like to carry on receiving emails about the EEG Research Group
meetings, please sign up by following this
link<https://docs.google.com/a/york.ac.uk/forms/d/1JrDlBeVYKJR6B9Xk2Pl0UrvlOQLD4…>
.
Best wishes,
Emma
On 18 July 2013 17:20, Emma Holmes <eh776(a)york.ac.uk> wrote:
> Dear all,
>
> The first EEG research group meeting will take place on *Thursday 1st
> August* (2 weeks from today) at *12:15 - 1:15pm*.
> Paul Briley will be taking about his interesting work on 'EEG-adaptation'.
>
> These meetings will run as a lab meeting style and are open to anyone who
> has experience or an interest in EEG. The meetings will take place every
> other month, interspersed with the MEG research group meetings.
> Anyone interested in MEG may wish to attend the EEG meetings and vice
> versa, since the types of design and analyses overlap to a large extent.
>
> Hope to see you there!
>
> Best wishes,
> Emma
>
> ____________________________________________
>
> Emma Holmes
> PhD Student
>
> Room B001b, Department of Psychology,
> University of York, Heslington, York, YO10 5DD, UK.
> Email: eh776(a)york.ac.uk; Tel: 01904 322879
>